Instruction Manual

Logic Functions - Book 1
ANALOG INPUT BLOCKS (VCI, TII, TI, RI, RTI, RTTI)
7-9
Table 7-2. Thermocouple Transmitter Input Attributes, Valid Values, Mnemonics, and Data Types
Field Name / Attribute Mnemonic Valid Values CWR Data Type Attr
Version VERSION 1 – – R Long State 00
Block Length BLKLEN – – R Count 01
State
STATE RUN(0), HOLD(1), OFF(2),
DEBUG(3)
CWR Short State 02
Bad Inputs Accepted
BADINP NO (0), YES (1) CWR Discrete 03
Diagnostic Group Supp.
SUPPGRP NONE, 1, 2, 3, 4, 5, 6, 7 CWR Long State 04
Calculation Error
CERRS ENABLE (0), SUPPRESS (1) CWR Discrete 05
Calc. Error Unacked CERRU NO (0), YES (1) – WR Discrete 06
Calc. Error Unacked Quality CERRUQ NO (0), YES (1) – WR Discrete 07
Calc. Error Active CERRA NO (0), YES (1) – WR Discrete 08
Calc. Error Active Quality CERRAQ NO (0), YES (1) – WR Discrete 09
Set quality bad on
calculation error?
SETQBAD NO (0), YES (1) CWR Discrete 10
Action
ACTION REVERSE (0), DIRECT (1) CWR Discrete 11
Temperature Scale
SCLTYPE FAHRENHEIT(0),CELSIUS(1),
RANKINE(2), KELVIN(3)
CWR Short State 12
Filter Type
FILTYPE NONE(0), AUTO(1), USER(2) CWR Short State 13
Filter Time
FILTIME 0 to 1000 (minutes) CWR Floating Pt 14
Transmitter Range - Top
TRANSHI value (in microvolts) CWR Floating Pt 15
Transmitter Range - Bottom
TRANSLO value (in microvolts) CWR Floating Pt 16
Output Calibrate - Zero
ZERO value (in temperature units) CWR Floating Pt 17
Output Calibrate - Span
SPAN value (multiplier) CWR Floating Pt 18
Quality Limit - Top
QUALHI value (in temperature units) CWR Floating Pt 19
Quality Limit - Bottom
QUALLO value (in temperature units) CWR Floating Pt 20
Initial Value ( Result )
R value (in temperature units) CWR Floating Pt 21
Result Data Quality RQ GOOD (0), BAD (1) – WR Discrete 22